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Explore the challenges in designing and building a Mars rover, including Isaac Newton's Second Law of Motion and design constraints. Discover the impact of properties, uses, and added strength on rover construction. Join Team JASON in a hands-on activity to understand controlled stops and factors like survivability, accuracy, and mass. Learn about the design phase, building process, and standards in this interactive session. Enhance your learning with multimedia components and online tools, including Team JASON Digital Labs and resources. Engage in discussions, message boards, and student gallery for a comprehensive experience.
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Your Name Enter Date Activity 1.3 Safe Landing
Unit One: Physical Science Let’s BLAST OFF with: JASON Video: Physical Science Segment Featuring: JASON Host Researcher Kobie Boykins Senior Mechanical Engineer NASA Jet Propulsion Laboratory
BRAINSTORMING QUESTION…… What are some challenges to designing and building a Mars rover?
Article 1.3 Building a Rover Isaac Newton’s Second Law of Motion?? The force required to accelerate an object is proportional to the object’s mass. F=ma
Foil…Hmmmm?? Properties? Uses? Added Strength? Let’s learn more….. SEE PAGE 38
Article 1.3 Building a Rover Please Read: Page 38, Part 2
Controlled stop If you increase the time of impact, you reduce the force
Design Constraints Survivability Accuracy Mass Speed Cost of materials Courtesy NASA/JPL-Caltech
Part One Design and Build 1) Design phase 2) Build 3) Drop 4) Redesign
Standards& Assessments Your Name Enter Date Extensions & Adaptations
Multimedia Components Team JASON Online (TJO) Digital Labs (Destination Mars available September) OTHER TJO TOOLS On-line Chats Message Boards Resources Journal Student Gallery
JASON Materials and Integrations….. Some things to notice: Check out the new Pacing Guide Article segment with Activity Map Section TJO Guide now part of Teacher Section
Activity 1.3 Safe Landing Your Name Enter Date